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Staff Directory Result |
23 record(s) found. |
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PROF. HARUNA KAITA
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Applied Chemistry |
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EKANEM E. J.
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Applied Chemistry |
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JACOB A. GOWON |
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Applied Chemistry |
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Science |
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Lecturer II
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+2348064871012 |
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gjacob@fudutsinma.edu.ng |
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GAFAR MARYAM KEMI
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Applied Chemistry |
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5
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HARUNA ABDULLAHI |
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Applied Chemistry |
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AMUA QRISSTUBERG
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Applied Chemistry |
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GIMBA CASMIR E.
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Applied Chemistry |
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8
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DR. TIJJANI ALI |
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Applied Chemistry |
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Science |
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Lecturer I
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+2348039682674 |
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tali@fudutsinma.edu.ng |
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9
Name: |
ALISI IKECHUKWU OGADINOMA |
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Department: |
Applied Chemistry |
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Science |
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Lecturer II
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07064888876 |
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ialisi@fudutsinma.edu.ng |
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10
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AWE FEMI EMMANUEL |
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Applied Chemistry |
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HABU NUHU
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Applied Chemistry |
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12
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SADIQ SANI |
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Applied Chemistry |
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AGBENDEH MSUGH ZACK
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Applied Chemistry |
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AMUPITAN JOSEPH OLARUNJU
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Applied Chemistry |
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DR. OLUWOLE JOSHUA OKUNOLA |
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Applied Chemistry |
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Science |
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Senior Lecturer
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+2348028781708 |
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ookunola@fudutsinma.edu.ng |
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ABDU KABIR
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Applied Chemistry |
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DR. SIAKA ABDULFATAI ADABARA |
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Applied Chemistry |
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OLADIPO MARK OMOTOLA
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Applied Chemistry |
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OLAWALE OKENIYI SUNDAY
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Applied Chemistry |
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20
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MANN ABDULLAHI
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Applied Chemistry |
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21
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MANSUR YAHAYA IBRANIM
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Applied Chemistry |
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22
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BELLO OLUWASESAN M. |
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Applied Chemistry |
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DR. ISAAC BELLO |
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Applied Chemistry |
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23 record(s) found. |
B.Sc. Chemistry B.Sc. Industrial Chemistry
ACADEMIC CURRICULLUM
300L Second Semester |
S/n |
Course Code |
Course Title |
Credit Unit |
Category |
1. |
CHM390 |
SIWES |
6 |
Core |
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COURSE DESCRIPTION OR SYNOPSIS
BCH201 |
General Biochemistry I |
3 Credit Unit |
Description: |
Water: structure and hydrophilic interactions amongst water molecules;
The ionic product of water-pKw; acidity, alkalinity and the concept of pH;
pH, the body buffer systems, and their effects on cellular activities;
Chemistry, structures, and function |
BCH202 |
General Biochemistry II |
3 Credit Unit |
Description: |
Introductory Enzymology: Michaelis-Menten equation and its derivation and modifications; the kinetic parameters- Km and Vmax and their significance for a given enzyme. Chemistry and structure of fatty acids and lipids. Chemistry, structure, nomenclature o |
BIO111 |
General Biology I |
3 Credit Unit |
Description: |
Cell structure and organization, Functions of cellular organelles, Diversity of organisms, General reproduction. Inter relationships of organisms, Heredity and evolution, Elements of Ecology. |
BIO112 |
General Biology II |
3 Credit Unit |
Description: |
A general survey of the plant and animal kingdoms based mainly on similarities and differences in anatomy, Physiology and Ecological adaptations. |
BIO121 |
First Year Practical Biology I |
1 Credit Unit |
Description: |
Microscopy: Types of microscope, using the microscope, guidelines for making biological drawings, Morphology and classification of representative members of different classes of the kingdom monera, protista, fungi (mycota), animalia and plantae. |
CHM101 |
Introduction to General Chemistry |
2 Credit Unit |
Description: |
Atoms, molecules and chemical reactions; Chemical equations and stoichiometry; Atomic structure and periodicity; Modern electronic theory of atoms; Valence forces and chemical bonding; Inter molecular forces; Kinetic theory and gas laws; Basic chemical Ki |
CHM111 |
Introduction to Inorganic Chemistry |
2 Credit Unit |
Description: |
Periodic table and periodicity of elements; Inorganic chemistry of hydrogen, the noble gases, groups 1,2 and 13-17 elements |
CHM122 |
Introduction to Physical Chemistry |
2 Credit Unit |
Description: |
Units and measurements in physical chemistry; States of matter and change of state; Gases and their properties; Chemical equilibria; Thermochemistry; Chemical kinetics; The scope of thermodynamics; The first and second law of thermodynamics; Enthalpy, ent |
CHM132 |
Introduction to Organic Chemistry |
2 Credit Unit |
Description: |
Historical survey of the development and importance of organic chemistry; Scope of organic chemistry; Determination of molecular formula and molecular structure; Electronic concepts
(inductive effect, resonance, dipolemoments); Hybridization of the carbo |
CHM161 |
First Year Practical Chemistry I |
1 Credit Unit |
Description: |
Theory and practice of volumetric/quantitative and inorganic qualitative analyses |
CHM162 |
First Year Practical Chemistry II |
1 Credit Unit |
Description: |
Melting points and boiling points determination; Heats of solution and neutralization; Solubility and solubility curves; Organic purification methods; Reactions and qualitative analyses of organic functional groups |
CHM201 |
Bonding, Molecular Structure and Symmetry |
3 Credit Unit |
Description: |
Idea of quantum states; Orbital shapes and energy; Simple valence theory; Hybridization; Electron-repulsion theory; Atomic spectra; Methods of determining molecular shapes, bond lengths and angles; Structure of compounds of some representative main group |
CHM211 |
Inorganic Chemistry II |
2 Credit Unit |
Description: |
Definition and general characteristics of the transition elements; Chemistry of the d-block transition elements (1st, 2nd and 3rd rows); Magnetic properties and metal-metal bonds; Theories of transition metal complexes; Complexes of first row transition m |
CHM221 |
Chemical Kinetics |
2 Credit Unit |
Description: |
Review of first, second and third order rate equations; Rate constants and equilibrium constants; Collision theory; Transition state theory; Reaction co-ordinates; Uni-molecular reaction theory; Bimolecular reaction mechanisms; Chain reaction mechanisms; |
CHM222 |
Chemical Thermodynamics |
2 Credit Unit |
Description: |
Reversible processes and Chemical equilibria; Thermodynamic systems; The laws of thermodynamics; Spontaneous chemical processes; Gibbs free energy function, entropy; thermodynamics of multicomponent systems; Chemical potential and partial molar quantities |
CHM232 |
Organic Chemistry |
2 Credit Unit |
Description: |
Electronic theory in organic chemistry; Stereochemistry (enantiomers, diastereomers, meso compounds, optical activity, racemates); Electrophilic and nucleophilic substitution reactions (SN1; SN2 and E1; E2 reactions); Chemistry of alcohols and alkyl halid |
CHM242 |
Analytical Chemistry |
2 Credit Unit |
Description: |
Theory of errors; Statistical treatment of data; Theory of sampling; Systematic and random samples; Sample reduction; Classical methods of analysis including titrimetry and gravimetry; Physiochemical and optical methods of analysis; Separation methods; El |
CHM252 |
Polymer Chemistry |
2 Credit Unit |
Description: |
Classification of polymers; Polymer nomenclature; Nature, structure and properties of polymers; Monomers and their sources; Polymerization processes, condensation-, addition-, free radical-, bulk solution-, emulsion-, and stereospecific- polymerization; P |
CHM261 |
Second Year Practical Chemistry I |
2 Credit Unit |
Description: |
Analysis of complex materials like cement, bleach, ores and alloys; Preparation of inorganic compounds and their characterizations by spectroscopic methods; Ion- exchange
chromatography; Complexes; Solvent extraction; Conductometric and potentiometric me |
CHM262 |
Second Year Practical Chemistry II |
2 Credit Unit |
Description: |
Experiments in physical chemistry covering areas such as phase equilibria, chemical kinetics, electrochemistry, surface tension and inorganic preparation and analysis covering acid, base and redox systems. |
CHM301 |
Organic Reaction Mechanisim |
2 Credit Unit |
Description: |
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CHM311 |
Coordination Chemistry |
2 Credit Unit |
Description: |
Definition, Recognition and application of co-ordination compounds; Nomenclature, co-ordination formula and isomerism in complexes; Stereochemistry of complex molecules; Theories of structure and bonding; Physical methods of structural investigation; Magn |
CHM321 |
Electrochemistry, Extraction and Protection of Metals |
3 Credit Unit |
Description: |
Electrolytic conduction; Transport numbers and ionic mobility; Debye-Huckel theory of electrolytic conduction; Concept of activity of ions in solution; Simple emf measurements and applications; Electrical double layer; Charge transfer processes; Potential |
CHM331 |
Stereochemistry and Conformational Analysis |
2 Credit Unit |
Description: |
Conformation of alkanes; Barrier to interconversion of stereoisomers; Stereselectivity and stereospecificity; Molecular dissymmetry: allenes, spiro-compounds and diphenyls; Conformations of cyclic molecules; basic principles of conformational analysis; Ph |
CHM341 |
Non _Aqueous Solvents |
2 Credit Unit |
Description: |
Classification and general characteristics of solvents; Solute- solvent interaction; Protonic solvents; Oxyhalide solvents; Liquids; Dinitrogen tetroxide; Sulphur dioxide etc. |
CHM351 |
Applied surface and Colloid Chemistry |
2 Credit Unit |
Description: |
Definition of colloid and history of colloid development; Some general principles relating to surfaces; Electrical potentials; Adsorptive forces; Solid-gas interface and solid-liquid interface; Types of colloids; Polymers; Proteins; Gas association colloi |
CHM361 |
Third Year Practical Chemistry |
1 Credit Unit |
Description: |
Experiments in chemical thermodynamics, colloid chemistry, metal extraction and mineral processing |
CHM371 |
Natural Products Chemistry |
2 Credit Unit |
Description: |
Chemistry and synthesis of pyrols, thiophen, furans, pyridines, terpenoids, carotenoids, steroids, lipids, alkaloids, antibiotics, flavonoids, prostaglandins and chlorophylls; Other
natural products of pharmaceutical importance; General methods of isolat |
CHM381 |
Carbohydrate Chemistry |
2 Credit Unit |
Description: |
Definition, structure, nomenclature, physical and chemical properties; Sugars; General reactions; Preparations, reactions and mechanisms; Configuration and stereochemistry; Epimers, mutarotation, anomers. Conformations of carbohydrates; Relative reactivit |
CHM390 |
SIWES |
6 Credit Unit |
Description: |
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CHM391 |
Instrumental Methods of Analysis |
2 Credit Unit |
Description: |
Spectroscopic/spectrophotometric techniques in chemical analysis including UV-Visible, X-rays, flame and fluorescence methods; NMR and ESR; Refractometry and interferometry; Polarimetry; Polarography; Potentiometry; Calorimetry. |
CHM401 |
Quantum Chemistry |
2 Credit Unit |
Description: |
Postulates of quantum mechanics; Operators; Angular momentum; Schrodinger equation; Eigen functions and eigen values; Ground and excited states; Spin and Pauli principle; Solution of the hydrogen atom; Atomic spectra; Self-consistent field theory: computa |
CHM402 |
Statistical Mechanics |
2 Credit Unit |
Description: |
Maxwell-Boltzmann Statistics; calculation of thermodynamic properties; Partition functions; Heat capacities; Entropy; Equilibrium constants; Use of spectroscopic data; Transition state theory; Quantum effects. |
CHM411 |
Nuclear and Radiation Chemistry |
2 Credit Unit |
Description: |
Natural radioactivity; Nuclear fusion, fission and decay processes; Nature of radiation. Nuclear models, energetics of nuclear reactions; Purification of isotopes; Principles of radiation and radioisotopes detection and measurement; Applications of radioa |
CHM412 |
Organometalic Chemistry |
2 Credit Unit |
Description: |
Classification of organometallic compounds of main group elements; Organometallic compounds of the 2nd and 3rd row transition elements; Preparation, reactions and structures of organometallic compounds of alkali metals and transition elements, including a |
CHM421 |
Physical Organic Chemistry |
2 Credit Unit |
Description: |
Aromaticity and Huckel (4n+2) rule; Concept of resonance; Factors affecting reactivity of organic compounds in substitution and elimination reactions; Determination of organic reaction mechanisms; Neighbouring group effects; Hammett plots; Isotope effects |
CHM431 |
Seminar |
1 Credit Unit |
Description: |
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CHM432 |
Organic Synthesis |
2 Credit Unit |
Description: |
Importance of organic synthesis and planning for synthesis; Retrosynthesis; Synthetic tree and synthones; Critical review of important reactions leading to the formation of carbon-carbon bonds; Placement of desired functional groups in their proper positi |
CHM441 |
Environmental Chemistry |
2 Credit Unit |
Description: |
Concepts of elementary cycles; The Hydrosphere – physical and chemical properties of water; Distribution of chemical species and chemical equilibria in aquatic systems, humic substances; Heavy metals in surface water; Water pollution and waste water treat |
CHM451 |
Applied Spectroscopy |
2 Credit Unit |
Description: |
Quantum theory of rotation and vibration; Principles and applications of Microwave, IR, Raman, UV- visible, Mass and NMR spectroscopy to the determination and elucidation of structures of organic compounds; General introduction to electron spin resonance; |
CHM461 |
Agrochemicals |
2 Credit Unit |
Description: |
Types and chemistry of agrochemicals; Synthesis and production of selected agrochemicals; Local sourcing of agrochemicals and their residual effects on the environment; Natural agrochemicals. |
CHM462 |
Photochemistry and Pericyclic reactions |
2 Credit Unit |
Description: |
Interaction of radiation with matter; Electronic excitation; Fluorescence and phosphorescence; Selection rules; Deactivation routes; Sensitization; Quenching; Photofragmentation; Oxidation; Reduction; Rearrangement; Pericyclic reactions and Molecular orbi |
CHM463 |
Fourth Year Practical Chemistry |
2 Credit Unit |
Description: |
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CHM471 |
Advanced Organic Reaction Mechanisms |
2 Credit Unit |
Description: |
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CHM472 |
Crystallography and X-ray Diffraction |
2 Credit Unit |
Description: |
Origin, classification and chemistry of drugs; Structure-activity relationships; Synthesis of drugs and drug design; Natural products drugs; Characterization, synthesis and extraction of bioactive compounds from medicinal plants |
CHM481 |
Heterocyclic Chemistry |
2 Credit Unit |
Description: |
Introduction to heterocyclic chemistry; Three membered rings with one heteroatom (epoxides, azirididne, episulfides); Four- membered rings with one heteroatom (oxetanes, ?-lactams); Aromatic heterocyclic compounds (furans, pyrroles and thiophenes); The sy |
CHM482 |
Food Chemistry |
2 Credit Unit |
Description: |
Definition of food; Classification, structure, nomenclature, physical and chemical properties of proteins, carbohydrates and lipids. Extraction/isolation of starch, sugar and vegetable oils; Vitamins, additives, colouring, sweetening, flavour and aroma su |
CHM490 |
Research Project |
6 Credit Unit |
Description: |
Students will choose topics under the supervision of a lecturer. The project will be for two semesters and a report shall be submitted before the beginning of final year examinations. Students will be subjected to both seminar and oral presentations on th |
CHM491 |
Group Theory and Symmetry |
2 Credit Unit |
Description: |
Review of molecular symmetry operations; Definition of groups; Molecular symmetry groups representations; Introduction to the mathematical structure of groups; Group representations; Detailed study of groups Cn, Dn, C?V and Full rotation group; Applicatio |
CHM492 |
Analytical Atomic Spectroscopy |
2 Credit Unit |
Description: |
Lattices and crystal systems; Symmetry in crystals; Primitive and non-primitive cells; Lattice directions and planes; The stereographic projection; Diffraction directions and methods; ; Intensities of diffraction beams; Application of x-ray diffraction me |
CMP112 |
Introduction to Computer Programming |
2 Credit Unit |
Description: |
Types of Programming languages, Introduction to BASIC, Constants and Variables, Control Structures, Arrays, Functions and subroutines, Data Files and Introduction to Computer Graphics. Student should write, debug and execute programs using a chosen elemen |
CMP212 |
Computer Programming II |
3 Credit Unit |
Description: |
Principle of good programming; structured programming concepts. Debugging and testing; string processing, internal searching and sorting, Data structures, Recursion. C++ programming language or any other similar language should be used in teaching the abo |
CMP221 |
Computer Programming I |
3 Credit Unit |
Description: |
Introduction to problem solving methods and Algorithm development; designing coding, debugging and documenting using techniques of good programming language style, computer organization; programming language and programming Algorithm development. A widely |
GST111 |
Communication in English I |
2 Credit Unit |
Description: |
Effective communication and writing in English Language skills, writing of essay answers, Comprehension, sentence construction, outlines and paragraphs, collection and organization of materials, punctuation. |
GST112 |
Communication in English II |
2 Credit Unit |
Description: |
Logical presentation of papers, phonetics, instruction on lexis, art of public speaking and oral communication, figures of speech, precise, report writing. |
GST121 |
Nigerian Peoples, Culture and Anti-Cultism/Social Vices |
2 Credit Unit |
Description: |
Nigerian history, culture and arts in pre-colonial times, Nigerian’s perception of his world, culture areas of Nigeria and their characterictics, evolution of Nigeria as a political unit, indigene/settler phenomenon, concepts of trade, economic self-relia |
GST122 |
Use Of Library, Study Skills & Information Communication Technology |
2 Credit Unit |
Description: |
Brief history of libraries, library and education, University libraries and other types of libraries, study skills (reference services). Types of library materials, using library resources including e-learning, e-material, etc, understanding library catal |
GST131 |
Introduction to Computer Studies |
2 Credit Unit |
Description: |
History and development of Computer Technology. The why and how of computers. Computer types: Analogue, Digital, and Hybrid, Central preparation, Equipments: Keypunch, starter etc. Data Transmission, Nature, speed and error detection. Data capture and val |
GST132 |
Logic, Philosophy and Human Existence |
2 Credit Unit |
Description: |
A brief survey of the main branches of Philosophy symbolic Local Special symbols in symbolic logic-conjunction, negation, affirmation, disjunction, equivalent and conditional statements law of tort. The method of deduction using rules of inference and bi- |
GST211 |
History and Philosophy of Science |
2 Credit Unit |
Description: |
Man- his origin and nature, man and his cosmic environment, scientific methodology, science and technology in the society and service of man, renewable and on-renewable resources – man and his energy resources, environmental effects of chemical plastics, |
GST212 |
Introduction to Entrepreneurial Studies |
2 Credit Unit |
Description: |
Introduction to entrepreneurship and new venture creation, Enterpreneurship in theory and practice; Forms of business, Staffing, Marketing and new venture; determining capital requirements, Raising capital; Financial planning and management; starting a ne |
GST221 |
Peace Studies and Conflict Resolution |
2 Credit Unit |
Description: |
Basic concepts in peace studies and conflict resolution, peace as vehicle of unity and development, conflict issues, types of conflict, e.g. ethnic/religious/political/economic conflicts, root causes of conflicts and violence in Africa, indigene/settler p |
GST222 |
Communication in French |
2 Credit Unit |
Description: |
Introduction to French, French Alphabets and Sounds – Writing and Pronounciation, French Syllabus –Writing and Pronounciation, French Words – Writing and Pronunciation, Phrases, Simple Sentences and Pharagaraphs, Conjuction, dialogue Advance Study of Sent |
GST232 |
Communication in Arabic |
2 Credit Unit |
Description: |
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GST311 |
Introduction to Entrepreneurship Skills |
2 Credit Unit |
Description: |
Some of the ventures to be focused upon include the following:
1. Soap/Detergent, tooth brushes and tooth paste making
2. Photography
3. Brick, Nails, screws making
4. Dyeing/textile blocks paste making
5. Rope making
6. Plumbing
7. Vulcanizing
8. |
ICH331 |
Colour Chemistry and Technology |
2 Credit Unit |
Description: |
Colour and chemical constitution; Properties of dyes and pigments; Classification of dyes and fibres; Azo dyes; Mordant dyes; Vat dyes; Pigments; Relationship between structure and dyeing properties; Principles of dyeing processes; Technical terms used in |
ICH341 |
Water Treatment and Analysis |
2 Credit Unit |
Description: |
Sources of natural water and standard specifications for quality of water for different applications; Physical, chemical and biological characteristics of water and wastewater; Chemical processes for water treatment; Domestic wastewater treatment; Methods |
ICH351 |
Industrial Chemical Processes |
2 Credit Unit |
Description: |
Production of primary and intermediate products; Synthesis of industrial raw materials of organic origin; Synthesis of industrial organic chemicals: polymers, adhesives, dyes, explosives, pesticides (herbicides, insecticides and fungicides), flavouring ag |
ICH361 |
Field Trip and Technical Report Writing |
1 Credit Unit |
Description: |
This is to enable students... |
ICH451 |
Petroleum Chemistry & Petrochemical Technology |
2 Credit Unit |
Description: |
Chemical reactor theory; Main types of reactors and their fields of applications; Introduction to reactor design: single ideal reactors, design for single reactors and multiple reactors; Temperature and pressure effects; Introduction to design of heteroge |
ICH461 |
Industrial Chemical Technology |
2 Credit Unit |
Description: |
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MTH111 |
ELEMENTARY MATHEMATICS 1 |
3 Credit Unit |
Description: |
Elementary set theory, subset, union, intersection, complements, Venn diagrams. Real numbers; integers, rational and irrational numbers, mathematical induction, real sequences and series, theory of quadratic equations, binomial theorem. Complex numbers; a |
MTH112 |
Elementary Mathematics III |
3 Credit Unit |
Description: |
Function of a real variable, graphs, limits and idea of continuity. The derivative as limit or rate of change. Techniques of differentiation. Extreme curve sketching. Integration as an inverse of differentiation. Methods of integration, Definite integrals |
MTH221 |
Elementary Differential Equations I |
3 Credit Unit |
Description: |
First order ordinary differential equations. Existence and uniqueness. Second order ordinary differential equations with constant co-efficient. General theory of nth order linear equations Laplace transforms, solutions of initial value problems by lap lac |
PHY111 |
General Physics I |
2 Credit Unit |
Description: |
Units and dimensions, scalars and vectors, linear and circular motion; velocity, acceleration. Laws of mechanics and gravitation, simple applications. Conservation of energy, momentum; work, power, simple harmonic motion, simple pendulum. Moment of inerti |
PHY112 |
General Physics II |
2 Credit Unit |
Description: |
Concepts of heat, temperature; measurement of temperature, clinical thermometer. Heat capacity, specific heat, latent heat, calorimetry. Gas laws; kinetic theory of gases. Thermal energy, isothermal and adiabatic changes. Conduction, convection, radiation |
PHY121 |
Experimental Physics I |
1 Credit Unit |
Description: |
This introductory course emphasises quantitative measurement, the treatment of measurement, errors and graphical analysis, reading and repeated readings, best value, mistakes, discrepancy, systematic errors, detecting systematic errors, use of the mean. R |
PHY122 |
Experimental Physics II |
1 Credit Unit |
Description: |
A continuation of the treatment of experimental errors and analysis. Mean square error, standard deviation, sample and set standard errors, meanings and uses. Frequency distribution, histogram and frequency data curve, least square errors and curve – fitt |
PHY131 |
Electricity, Magnetism and Modern Physics |
2 Credit Unit |
Description: |
Electric charge, Coulomb’s Law, electric field, electrostatic potential. Energy in an electric field, capacitors, dielectrics. Electric current, potential difference and electromotive force. Ohm’s law, potentiometer, metre bridge, Wheatstone bridge. Magne |
PHY222 |
Electromagnetism |
3 Credit Unit |
Description: |
General concepts – divergence, curl, gradient theorems, Stokes theorem, introduction to curvilinear coordinates. Electricity and electrostatics. Electric field; potential and electricity of discrete and continuous distribution of charges, dielectrics and |
PHY252 |
Energy and Environment |
2 Credit Unit |
Description: |
Lectures and 15 Excursions
Energy and power; principles, demands and outlook, transformation of energy and its costs, thermal pollution, electric energy from fossil fuel, hydroelectric generation; principles and problems. Costs, capacity, storage, reserv |
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(C)2019, Federal University Dutsin-ma
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